The Auger effect results in the emission of one of these entities, whose magnetic dipole moment is the Bohr magneton. An exciton is composed of a hole
The Auger effect results in the emission of one of these entities, whose magnetic dipole moment is the Bohr magneton. An exciton is composed of a hole and one of these particles, whose deceleration causes Bremsstrahlung. Captured into the nucleus in one form of radioactive decay, they are emitted along with protons and antineutrinos in beta-minus decay. Their charge was measured by Millikan in the oil drop experiment, and their antiparticle is the positron. For 10 points, name these negatively charged elementary particles.
The Auger effect results in the emission of one of these entities, whose magnetic dipole moment is the Bohr magneton.
{electrons}